CN201450849U - Leaf peeling mechanism of sugarcane harvester - Google Patents
Leaf peeling mechanism of sugarcane harvester Download PDFInfo
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- CN201450849U CN201450849U CN2009200920465U CN200920092046U CN201450849U CN 201450849 U CN201450849 U CN 201450849U CN 2009200920465 U CN2009200920465 U CN 2009200920465U CN 200920092046 U CN200920092046 U CN 200920092046U CN 201450849 U CN201450849 U CN 201450849U
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Abstract
The utility model provides a multi-stage interlaced leaf peeling mechanism of a sugarcane harvester, relating to a sugarcane leaf peeling mechanism. A charging opening (23) is arranged at one side of a box body (22), and a sugarcane outlet (24) is arranged at the other side of the box body (22). Fixed lateral plates (14) are respectively arranged on the two side walls of a channel from the charging opening (23) of the box body (22) to the sugarcane outlet (24), the fixed lateral plate (14) at one side is divided into an upper row and a lower row, each row is respectively provided with a plurality of impeller assemblies, floating wheel assemblies (7) with sliding grooves (27) are respectively arranged at the two ends of the row of impeller assemblies at the upper part, the two floating wheel assemblies (7) are corresponding to input fixed rollers (1) at the two ends of the lower row, and the fixed lateral plate (14) at the other side is arranged correspondingly to the fixed lateral plate (14) at one side. The leaf peeling mechanism belongs to machinery replacing manual labor to peel sugarcane leaves in an entire stem manner; moreover, the structure of a leaf peeling system is simple, the wear-resistant property of a leaf peeling brush is good, and the running is stable.
Description
[technical field]
The utility model relates to a kind of leaf-peeling mechanism of sugarcane harvesting process; Especially the mechanism that relates to a kind of cane harvester multistage staggered leaf-peeling and can correctly remove the sugarcane tail.
[background technology]
At present, the stripping leaf operation of harvesting sugarcane machinery is technological difficulties that are difficult to break through of Machine Design; Sugarcane is from felling in the known manual work, the stripping leaf, and the whole process of the entrucking that truncates is wherein shelled the leaf operation and is accounted for sugarcane and gather in nearly 80% labour intensity, and the height of sugarcane leaf walnut hulling rate directly has influence on the sugar yield in later stage in the stripping leaf operation; Main sugarcane producing region in China, sugarcane growers generally adopt the method for the whole bar of sugarcane, the whole bar stripping of sugarcane leaf is adopted artificial one one mostly sugarcane top is peelled off, and not only labour intensity is big but also operating environment is arduous, and operating efficiency is also comparatively low; Study the stripping leaf technology of sugarcane in recent years in the higher relatively U.S. of technical merit, Japan always, but from theory structure, on the reliability of product use, bigger problem has appearred all, the one, the wire brush clamping structure of stripping leaf is complicated, the stripping leaf brush life-span is shorter, the operation that operation can not steady and continuous, machine operation complexity, lack flexibility, the stripping leaf after percentage of impurity higher, especially be not suitable for the results that tillage method caused of China after, can not accurately remove the lower sugarcane tail of sugar content.
Present domestic also have correlative study, for example Chinese patent application " patent name, segmenting type sugar cane combine harvester; Publication number, CN101151955; The applying date, on September 28th, 2006 " by the disclosed technology contents of this patent, this patent application only by with after the described sugarcane segment during by the impurities removal device, utilizes the interior air exhauster of ventilating duct that the sugarcane leaf is blown away; This mode only is simple cleaning, can not effective, whole removings stick to the sugarcane leaf of cut length to sugarcane minor matters part, causes finished product sugarcane section foreign material content too much, can not effectively realize the purpose of maximized cleaning sugarcane leaf.
[summary of the invention]
In order to overcome the deficiency in the background technology, the utility model discloses a kind of cane harvester leaf-peeling mechanism, cane harvester leaf-peeling mechanism described in the utility model has adopted multistage staggered leaf-peeling mechanism setting can effectively produce pressure reduction in course of conveying, and stripping leaf brush sheet of the present utility model all adopts elastic rubber material to make, sugarcane can not occur and be extruded the generation that damages phenomenon, effectively prevent the loss of sugar; The feeding mouth of casing of the present utility model can be provided with width according to actual needs, can realize once simultaneously many sugarcanes being shelled leaf work; The utility model is that a kind of substituting manually shelled leaf machinery to the whole bar of sugarcane, and stripping leaf system system is simple in structure, and stripping leaf brush wearability is better, moves comparatively steady.
In order to realize the foregoing invention purpose, the utility model adopts following technical scheme:
A kind of cane harvester leaf-peeling mechanism, comprise the casing body, described casing is a square structure, side at described casing is provided with feeding mouth, opposite side at casing is provided with the sugarcane outlet, feeding mouth to sugarcane exit passageway both sides sidewall at casing is respectively equipped with fixed side, wherein be divided on the fixed side of a side, two arrange down, every row is respectively equipped with a plurality of impeller assemblies, the two ends of one row's impeller assembly are made as the floating roller assembly of band chute respectively on top, wherein an end is a charging floating roller assembly, and the other end is a discharging floating roller assembly, and the input at row two ends is fixedly rolled below described two floating roller assembly correspondences; The impeller assemblies that described upper and lower two row middle parts are provided with are for being crisscross arranged, just axis misalignment; The fixed side of opposite side and the corresponding setting of the fixed side of a side, the axis hole of each corresponding impeller assembly that is provided with or floating roller assembly respectively by on rotating shaft or down rotating shaft connect, each rotating shaft is through respectively in the swing roller, is provided with stripping leaf brush sheet at described swing roller outer surface; Described each rotating shaft wherein one or both ends connects actuating unit.
Described cane harvester leaf-peeling mechanism, the feeding mouth one side height of described casing is lower than sugarcane and exports a side, and just top exports a side to feeding mouth one side by sugarcane and is gradual descending.
Described multistage staggered leaf-peeling mechanism of cane harvester, the impeller assembly that is provided with between the floating roller assembly of the band chute that row two ends are provided with on fixed side is at least two.
Described cane harvester leaf-peeling mechanism, the impeller assembly that a row is provided with below the fixed side be at least four, just after the stack of the floating roller assembly of the impeller assembly that is provided with below of fixed side and the band chute of last row's setting and impeller assembly with last one to arrange quantity consistent.
Described cane harvester leaf-peeling mechanism, described each rotating shaft wherein one or both ends connection actuating unit are that gear interlock, chain interlock, the interlock of tooth thick stick, rocking arm interlock or conveyer belt link.
Described cane harvester leaf-peeling mechanism, corresponding two the floating roller assemblies of the described feeding mouth one end outside is provided with the tooth link gear, described tooth link gear comprises that four last impeller power gear with the footpath, input swing to gear B, input and swing to gear A and inferior lobe wheel power gear or two and go up impeller power gear and inferior lobe wheel power gear with the footpath, and two inputs are swung to gear B and input and swung to gear A directly tooth transmission mechanism together in addition; Gear B is swung in described upward impeller power gear, input, input is swung to gear A and is connected by tooth in order with inferior lobe wheel power gear, in the formation power gear counter-rotating of impeller power gear and inferior lobe wheel and constitute sugarcane and eat into mechanism with described rotating shaft and the following rotating shaft gone up, wherein input is swung to gear B and is formed gear B is swung in the described upward dancer rotating shaft of impeller power gear along input in chute axial wobble with last impeller power gear by importing unsteady rocking arm.
Described cane harvester leaf-peeling mechanism, the tooth link gear that described sugarcane exports corresponding two the floating roller assembly arranged outside of an end is identical setting with feeding mouth one end, described output is swung to gear B, output and is swung to that gear A is swung to gear B with input respectively, input is swung to gear A and rotated in the same way, and the described output rocking arm that floats is swung to gear B axial wobble along output.
Described multistage staggered leaf-peeling mechanism of cane harvester, described each impeller assembly and floating roller assembly are fixed on the medial surface of fixed side by the bearing block fixed head.
Described cane harvester leaf-peeling mechanism, rotating shaft is through in the swing roller in the axis hole setting of described impeller assembly or floating roller assembly, the described rotating shaft of going up closely cooperates with last swing roller, shells leaf on a plurality of and brushes sheet being provided with on the outer surface of last swing roller; In the following rotating shaft of the axis hole setting of described impeller assembly was through down swing roller, described rotating shaft down closely cooperated with following swing roller, on the outer surface of swing roller down a plurality of leaves of stripping down was set and brushed sheets.
Described cane harvester leaf-peeling mechanism is describedly gone up stripping leaf brush sheet, is shelled leaf brush sheet down and made by elastic caoutchouc, at last stripping leaf brush sheet, shell leaf down and brush the senior polyurethane coating material of sheet appearance covering one deck.
Owing to adopted technique scheme, the utlity model has following beneficial effect:
Cane harvester leaf-peeling mechanism described in the utility model, sugarcane enters casing in order by feeding mouth, a pair of equal diameters is at first arranged, direction of rotation opposite on, following swing roller, the stripping leaf brush sheet that the elastic rubber material that is provided with on the rolling drum surface is made is used to distinguish the different situation of sugarcane diameter that enters, when the less sugarcane of diameter enters, because bigger sugarcane is supported, do not enter in the machine so skidding appears in the sugarcane that diameter is little, and stripping leaf brush sheet of the present utility model all adopts elastic rubber material to make, sugarcane can not occur and be extruded the generation that damages phenomenon, effectively prevent the loss of sugar; The feeding mouth of casing of the present invention can be provided with width according to actual needs, can realize once simultaneously many sugarcanes being shelled leaf work; The utility model is that a kind of substituting manually shelled leaf machinery to the whole bar of sugarcane, and stripping leaf system system is simple in structure, and stripping leaf brush wearability is better, moves comparatively steady.
[description of drawings]
Fig. 1 is an impeller assembly layout of the present utility model.
Fig. 2 is the leaf-peeling mechanism sectional structural map.
Fig. 3 is a tooth link gear structural representation of the present utility model.
Fig. 4 is a casing perspective view of the present utility model.
Among the figure: 1, input is fixedly rolled; 2, dancer rotating shaft; 3, impeller assembly A; 4, impeller assembly B; 5, impeller assembly C; 6, impeller assembly D; 7, floating roller assembly; 8, shell leaf brush sheet down; 9, following swing roller; 10, following rotating shaft; 11, shell leaf brush sheet on; 12, go up rotating shaft; 13, go up swing roller; 14, fixed side; 15, gear A is swung in input; Gear B is swung in 16 inputs; 17, gear A is swung in output; 18, gear B is swung in output; 19, the unsteady rocking arm of input; 20, the unsteady rocking arm of output; 21, bearing block fixed head; 22, casing; 23, feeding mouth; 24, sugarcane outlet; 25, inferior lobe wheel power gear; 26, go up the impeller power gear; 27, chute.
[embodiment]
At Fig. 1,2,3, in 4, a kind of cane harvester leaf-peeling mechanism, comprise casing 22 bodies, described casing 22 is a square structure, side at described casing 22 is provided with feeding mouth 23, opposite side at casing 22 is provided with sugarcane outlet 24, export 24 passage both sides sidewalls feeding mouth 23 to the sugarcane of casing 22 and be respectively equipped with fixed side 14, wherein be divided on the fixed side 14 of a side, two arrange down, every row is respectively equipped with a plurality of impeller assemblies, the two ends of one row's impeller assembly are made as the floating roller assembly 7 of band chute 27 respectively on top, wherein an end is a charging floating roller assembly 7, the other end is a discharging floating roller assembly 7, and the input at described two floating roller assemblies 7 corresponding following row two ends fixedly rolls 1; The impeller assemblies that described upper and lower two row middle parts are provided with are for being crisscross arranged, just axis misalignment; The fixed side 14 of opposite side and the 14 corresponding settings of the fixed side of a side, the axis hole of each corresponding impeller assembly that is provided with or floating roller assembly 7 respectively by on rotating shaft 12 or down rotating shaft 10 connect, each rotating shaft is through respectively in the swing roller, is provided with stripping leaf brush sheet at described swing roller outer surface; Described each rotating shaft wherein one or both ends connects actuating unit.
At the cane harvester leaf-peeling mechanism described in Fig. 4, the feeding mouth 23 1 side height of described casing 22 are lower than sugarcane and export 24 1 sides, and just top exports 24 1 sides to feeding mouth 23 1 sides by sugarcane and is gradual descending.
At the multistage staggered leaf-peeling mechanism of cane harvester described in Fig. 1, the impeller assembly that is provided with between the floating roller assembly 7 of the band chute 27 that row two ends are provided with on fixed side 14 is at least two; The impeller assembly that a row is provided with below the fixed side 14 be at least four, just after the stack of the floating roller assembly 7 of the impeller assembly that is provided with below of fixed side 14 and the band chute 27 of last row's setting and impeller assembly with last one to arrange quantity consistent; Described each rotating shaft wherein one or both ends connection actuating unit is that gear interlock, chain interlock, the interlock of tooth thick stick, rocking arm interlock or conveyer belt link.
In Fig. 3, described cane harvester leaf-peeling mechanism, corresponding two floating roller assembly 7 outsides of described feeding mouth 23 1 ends are provided with the tooth link gear, described tooth link gear comprises that four last impeller power gear 26 with the footpath, input swing to gear B 16, input and swing to gear A 15 and inferior lobe wheel power gear 25 or two and go up impeller power gear 26 and inferior lobe wheel power gear 25 with the footpath, and two inputs are swung to gear B 16 and input is swung to gear A 15 with tooth transmission mechanism directly in addition; Gear B 16 is swung in described upward impeller power gear 26, input, input is swung to gear A 15 and is connected by tooth in order with inferior lobe wheel power gear 25, in the formation impeller power gear 26 and 25 counter-rotatings of inferior lobe wheel power gear and constitute sugarcanes and eat into mechanism with described rotating shaft 12 and the following rotating shaft 10 gone up, wherein input is swung to gear B 16 and is formed gear B 16 is swung in the described upward dancer rotating shaft 2 of impeller power gear 26 along input in chute 27 axial wobble with last impeller power gear 26 by importing the rocking arm 19 that floats; The tooth link gear that described sugarcane exports corresponding two floating roller assembly 7 arranged outside of 24 1 ends is identical setting with feeding mouth 23 1 ends, described output is swung to gear B 18, output and is swung to that gear A 17 is swung to gear B 16 with input respectively, input is swung to gear A 15 and rotated in the same way, and the described output rocking arm 20 that floats is swung to gear B 18 axial wobbles along exporting; In Fig. 1, described each impeller assembly and floating roller assembly 7 are fixed on the medial surface of fixed side 14 by bearing block fixed head 21.
At the cane harvester leaf-peeling mechanism described in Fig. 2, rotating shaft 12 is through in the swing roller 13 in the axis hole setting of described impeller assembly or floating roller assembly 7, the described rotating shaft 12 of going up closely cooperates with last swing roller 13, be provided with on the outer surface of last swing roller 13 a plurality of on the stripping leaf brush sheet 11; In the following rotating shaft 10 of the axis hole setting of described impeller assembly was through down swing roller 9, described rotating shaft 10 down closely cooperated with following swing roller 9, on the outer surface of swing roller 9 down a plurality of leaves of stripping down was set and brushed sheets 8; Describedly go up stripping leaf brush sheet 11, shell leaf brush sheet 8 down and make, at last stripping leaf brush sheet 11, shell leaf down and brush the senior polyurethane coating material of sheet 8 appearances covering one deck by elastic caoutchouc.
Implementing cane harvester leaf-peeling mechanism process described in the utility model is, when sugarcane enters casing 22 feeding mouths 23, fixedly rolled going up on 13 of the last swing rollers of 1 following stripping leaf brush sheet 8 and top dancer rotating shaft 2 shells leaf and brushes and draw casing between the sheet 11 by input, and be used to distinguish the different situation of sugarcane diameter that enters by the stripping leaf brush sheet that the elastic rubber material that is provided with on the rolling drum surface is made, when the less sugarcane of diameter enters, because bigger sugarcane is supported, do not enter in the machine so skidding appears in the sugarcane that diameter is little, the sugarcane that enters arrives a plurality of upper leaf wheel assembly A3, the upward stripping leaf brush sheet 11 of corresponding impeller assemblies such as the impeller assembly C5 of impeller assembly B4 and impeller assembly D6 and bottom reaches shells the stripping leaf operation that leaf brush sheet begins to carry out sugarcane down, the mechanism that exports 24 ends with sugarcane sends casing with sugarcane at last, has just finished whole stripping leaf operation.
Need to prove; The size of each swing roller power should equate that above-below direction is opposite; The utility model is peelled off the leaf on the sugarcane by the power that the swing roller high speed rotating produces, the size of power is moderate, the excessive sugarcane trunk epidermis injury that causes of power goes mouldy easily, the too small stripping leaf that causes of power is unclean, percentage of impurity is too high, purchases just can press down standards and prices discount sugarcane grower's income of producer accordingly; The present control method of the utility model adopts the hydraulic stepless speed regulating method, and according to the sugar cane breed difference, 100-150 rev/min of scope adjustment carried out in suggestion, and described 100-150 rev/min as qualification of the present utility model.
In the utility model, do not provide structures such as other circuit connection, power transmission; because these structures belong to common; ability and technical staff's technique known; so the utility model is not described in detail, moreover structure such as the connection of described circuit, power transmission does not belong to protection domain of the present utility model yet.
The embodiment that selects for use in this article for open the purpose of this utility model currently thinks to suit, but will be appreciated that, the utility model is intended to comprise that all belong to all changes and the improvement of the interior embodiment of this design and the utility model scope.
Claims (10)
1. cane harvester leaf-peeling mechanism, it is characterized in that: described leaf-peeling mechanism comprises casing (22) body, described casing (22) is a square structure, side at described casing (22) is provided with feeding mouth (23), opposite side at casing (22) is provided with sugarcane outlet (24), feeding mouth (23) to sugarcane outlet (24) passage both sides sidewall in casing (22) is respectively equipped with fixed side (14), wherein be divided on the fixed side of a side (14), two arrange down, every row is respectively equipped with a plurality of impeller assemblies, the two ends of one row's impeller assembly are made as the floating roller assembly (7) of band chute (27) respectively on top, and (1) was fixedly rolled in the input at row two ends below described two floating roller assemblies (7) were corresponding; The impeller assembly that described upper and lower two row middle parts are provided with is for being crisscross arranged; The corresponding setting of fixed side (14) of the fixed side of opposite side (14) and a side, axis hole at each corresponding impeller assembly that is provided with or floating roller assembly (7) is connected by last rotating shaft (12) or following rotating shaft (10) respectively, each rotating shaft is through respectively in the swing roller, is provided with stripping leaf brush sheet at described swing roller outer surface; Described each rotating shaft wherein one or both ends connects actuating unit.
2. cane harvester leaf-peeling mechanism according to claim 1 is characterized in that; Feeding mouth (23) the one side height of described casing (22) are lower than sugarcane outlet (24) one sides, and just top is gradual descending by sugarcane outlet (24) one sides to feeding mouth (23) one sides.
3. cane harvester leaf-peeling mechanism according to claim 1 is characterized in that; The impeller assembly that is provided with between the floating roller assembly (7) of the band chute (27) that row two ends are provided with on fixed side (14) is at least two.
4. cane harvester leaf-peeling mechanism according to claim 1 is characterized in that; The impeller assembly that a row is provided with below the fixed side (14) is at least four.
5. cane harvester leaf-peeling mechanism according to claim 1 is characterized in that; Described each rotating shaft wherein one or both ends connection actuating unit is that gear interlock, chain interlock, the interlock of tooth thick stick, rocking arm interlock or conveyer belt link.
6. cane harvester leaf-peeling mechanism according to claim 1 is characterized in that; Described feeding mouth corresponding two the floating roller assemblies of (23) one ends (7) outside is provided with the tooth link gear, described tooth link gear comprises that four last impeller power gear (26) with the footpath, input swing to gear B (16), input and swing to gear A (15) and inferior lobe wheel power gear (25) or two and go up impeller power gear (26) and inferior lobe wheel power gear (25) with the footpath, and two inputs are swung to gear B (16) and input and swung to gear A (15) directly tooth transmission mechanism together in addition; The described impeller power gear (26) that goes up, gear B (16) is swung in input, input is swung to gear A (15) and is connected by tooth in order with inferior lobe wheel power gear (25), in the formation counter-rotating of impeller power gear (26) and inferior lobe wheel power gear (25) and constitute sugarcane and eat into mechanism with described rotating shaft (12) and the following rotating shaft (10) gone up, wherein gear B (16) and last impeller power gear (26) are swung to gear B (16) along input in chute (27) by the described upward dancer rotating shaft (2) of impeller power gear (26) of unsteady rocking arm (19) formation of input axial wobble is swung in input.
7. according to claim 1 or 6 described cane harvester leaf-peeling mechanisms, it is characterized in that; The tooth link gear of described sugarcane outlet corresponding two the floating roller assemblies of (24) one ends (7) arranged outside is identical setting with feeding mouth (23) one ends, described output is swung to gear B (18), output and is swung to that gear A (17) is swung to gear B (16) with input respectively, input is swung to gear A (15) and rotated in the same way, and described output rocking arm (20) edge of floating is exported and swung to gear B (18) axial wobble.
8. according to claim 1,3 or 4 described cane harvester leaf-peeling mechanisms, it is characterized in that; Described each impeller assembly and floating roller assembly (7) are fixed on the medial surface of fixed side (14) by bearing block fixed head (21).
9. according to claim 1,3 or 4 described cane harvester leaf-peeling mechanisms, it is characterized in that; The last rotating shaft (12) that is provided with at the axis hole of described impeller assembly or floating roller assembly (7) is through in the swing roller (13), the described rotating shaft (12) of going up closely cooperates with last swing roller (13), and a plurality of stripping leaf brush sheets (11) of going up are set on the outer surface of last swing roller (13); In the following rotating shaft (10) that the axis hole of described impeller assembly is provided with was through down swing roller (9), described rotating shaft (10) down closely cooperated with following swing roller (9), on the outer surface of swing roller (9) down a plurality of leaves of stripping down was set and brushed sheets (8).
10. cane harvester leaf-peeling mechanism according to claim 9 is characterized in that; Describedly go up stripping leaf brush sheet (11), shell leaf brush sheet (8) down and make, at last stripping leaf brush sheet (11), shell leaf down and brush the senior polyurethane coating material of sheet (8) appearance covering one deck by elastic caoutchouc.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200920465U CN201450849U (en) | 2009-07-18 | 2009-07-18 | Leaf peeling mechanism of sugarcane harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200920465U CN201450849U (en) | 2009-07-18 | 2009-07-18 | Leaf peeling mechanism of sugarcane harvester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201450849U true CN201450849U (en) | 2010-05-12 |
Family
ID=42378178
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009200920465U Expired - Fee Related CN201450849U (en) | 2009-07-18 | 2009-07-18 | Leaf peeling mechanism of sugarcane harvester |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201450849U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103430697A (en) * | 2013-08-06 | 2013-12-11 | 柳州市汇邦农机科技有限公司 | Leaf pealing device for sugar cane |
| CN103718743A (en) * | 2014-01-09 | 2014-04-16 | 刘金生 | Sugarcane leaf removing and smashing integrated device |
| CN105723933A (en) * | 2016-04-19 | 2016-07-06 | 覃裕强 | Toothed leaf cleaning device of integral rod cane harvester |
-
2009
- 2009-07-18 CN CN2009200920465U patent/CN201450849U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103430697A (en) * | 2013-08-06 | 2013-12-11 | 柳州市汇邦农机科技有限公司 | Leaf pealing device for sugar cane |
| CN103718743A (en) * | 2014-01-09 | 2014-04-16 | 刘金生 | Sugarcane leaf removing and smashing integrated device |
| CN105723933A (en) * | 2016-04-19 | 2016-07-06 | 覃裕强 | Toothed leaf cleaning device of integral rod cane harvester |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100512 Termination date: 20100718 |